fossile

Nature du spécimen

371 image(s) · 183 Actualités

Galerie d'images

Montanoceratops cerorhynchus (Brown & Schlaikjer, 1942) - fossil ceratopsian dinosaur skeleton from the Cretaceous of Montana, USA. (MOR 542, Museum of the Rockies, Bozeman, Montana, USA)
The species name is sometimes incorrectly spelled "cerorhynchos".  The original publication spells it "cerorhynchus".  The genus name is sometimes incorrectly spelled "Montanaceratops".
Ceratopsians are the "horned dinosaurs".  They were large, quadrupedal, herbivorous dinosaurs having a beaked skull and a frill - an extension of bone behind the skull that partially covered the neck.  Ceratopsian dinosaurs are known from the Jurassic and Cretaceous.  The last members of the group died out at the Cretaceous-Tertiary boundary, 65 million years ago.
This is a partial skeleton of a juvenile Montanoceratops, a ceratopsian from the near-latest Cretaceous of western North America.  This type of ceratopsian lacked facial horns.


From exhibit signage:
Sixty-eight million years ago, when the horned dinosaurs Triceratops and Torosaurus inhabited the coastal plain near the inland ocean, primitive "horned" dinosaurs named Montanoceratops lived in uplands near the young Rocky Mountains.  These little protoceratopsians fed on plants with slicing teeth and narrow beaks similar to their giant three-horned relatives.


Classification: Animalia, Chordata, Vertebrata, Reptilia, Archosauria, Dinosauria, Ornithischia, Marginocephalia, Ceratopsia, Leptoceratopsidae
Stratigraphy: St. Mary River Formation, Maastrichtian Stage, Upper Cretaceous
Locality: Little Rocky Coulee, north of the town of Cut Bank, eastern Glacier County, northwestern Montana, USA


Info. at:

en.wikipedia.org/wiki/Montanoceratops
Taxons Montanoceratops

Montanoceratops cerorhynchus (Brown & Schlaikjer, 1942) - fossil ceratopsian dinosaur skeleton from the Cretaceous of Montana, USA. (MOR 542, Museum of the Rockies, Bozeman, Montana, USA) The species name is sometimes incorrectly spelled "cerorhynchos". The original publication spells it "cerorhynchus". The genus name is sometimes incorrectly spelled "Montanaceratops". Ceratopsians are the "horned dinosaurs". They were large, quadrupedal, herbivorous dinosaurs having a beaked skull and a frill - an extension of bone behind the skull that partially covered the neck. Ceratopsian dinosaurs are known from the Jurassic and Cretaceous. The last members of the group died out at the Cretaceous-Tertiary boundary, 65 million years ago. This is a partial skeleton of a juvenile Montanoceratops, a ceratopsian from the near-latest Cretaceous of western North America. This type of ceratopsian lacked facial horns. From exhibit signage: Sixty-eight million years ago, when the horned dinosaurs Triceratops and Torosaurus inhabited the coastal plain near the inland ocean, primitive "horned" dinosaurs named Montanoceratops lived in uplands near the young Rocky Mountains. These little protoceratopsians fed on plants with slicing teeth and narrow beaks similar to their giant three-horned relatives. Classification: Animalia, Chordata, Vertebrata, Reptilia, Archosauria, Dinosauria, Ornithischia, Marginocephalia, Ceratopsia, Leptoceratopsidae Stratigraphy: St. Mary River Formation, Maastrichtian Stage, Upper Cretaceous Locality: Little Rocky Coulee, north of the town of Cut Bank, eastern Glacier County, northwestern Montana, USA Info. at: en.wikipedia.org/wiki/Montanoceratops

os musée États-Unis Crétacé +17
Title: The dinosaur book : the ruling reptiles and their relatives
Identifier: bookruli00colb (find matches)
Year: 1951 (1950s)
Authors: Colbert, Edwin H. (Edwin Harris), 1905-2001; Knight, Charles Robert, 1874-1953; American Museum of Natural History
Subjects: Dinosaurs; Reptiles, Fossil
Publisher: New York : Published for the American Museum of Natural History by McGraw-Hill
Contributing Library: American Museum of Natural History Library
Digitizing Sponsor: IMLS / LSTA / METRO

View Book Page: Book Viewer
About This Book: Catalog Entry
View All Images: All Images From Book
Click here to view book online to see this illustration in context in a browseable online version of this book.

Text Appearing Before Image: 
'
Text Appearing After Image: 
bone A typical example of the parts usually found fossilized: portions of the skeleton of a small dinosaur from Mongolia A.M.N.H. photographs One of the rarest fossils: a dino- saur egg over 60 million years old, compared with a hen's egg (left) and an alligator egg (right)

Note About Images

Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.
Taxons Oviraptor

Title: The dinosaur book : the ruling reptiles and their relatives Identifier: bookruli00colb (find matches) Year: 1951 (1950s) Authors: Colbert, Edwin H. (Edwin Harris), 1905-2001; Knight, Charles Robert, 1874-1953; American Museum of Natural History Subjects: Dinosaurs; Reptiles, Fossil Publisher: New York : Published for the American Museum of Natural History by McGraw-Hill Contributing Library: American Museum of Natural History Library Digitizing Sponsor: IMLS / LSTA / METRO View Book Page: Book Viewer About This Book: Catalog Entry View All Images: All Images From Book Click here to view book online to see this illustration in context in a browseable online version of this book. Text Appearing Before Image: ' Text Appearing After Image: bone A typical example of the parts usually found fossilized: portions of the skeleton of a small dinosaur from Mongolia A.M.N.H. photographs One of the rarest fossils: a dino- saur egg over 60 million years old, compared with a hen's egg (left) and an alligator egg (right) Note About Images Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.

os livre musée Mongolie +4
Various fossils pertaining to the holotype of the Triassic ichthyosaur Toretocnemus californicus. This image is derived from plate 24 in Merriam (1903), done by an uncredited artist. The arrangement of the individual figures has been modified from the original.
Original description:
Toretocnemus californicus n. gen. and sp.
Figures reproduced natural size from the type specimen.

Fig. 1. — Inferior side of right posterior limb. t, tibia.
Fig. 2. — Right anterior limb. r, radius.
Fig. 3.— Pelvic arch.
Fig. 4. — Middle dorsal vertebrae and a rib from the same region.
Taxons Toretocnemus

Various fossils pertaining to the holotype of the Triassic ichthyosaur Toretocnemus californicus. This image is derived from plate 24 in Merriam (1903), done by an uncredited artist. The arrangement of the individual figures has been modified from the original. Original description: Toretocnemus californicus n. gen. and sp. Figures reproduced natural size from the type specimen. Fig. 1. — Inferior side of right posterior limb. t, tibia. Fig. 2. — Right anterior limb. r, radius. Fig. 3.— Pelvic arch. Fig. 4. — Middle dorsal vertebrae and a rib from the same region.

membre description Trias fossile +5
Fossil specimen RTMP 82.19.23 - A lacrimal, postorbitals, squamosals, frontals, parietals, and braincase referred to Latenivenatrix mcmasterae, but formerly assigned to Stenonychosaurus inequalis (=Troodon inequalis). Described by 

Currie, 1985. "Cranial anatomy of Stenonychosaurus inequalis (Saurischia, Theropoda) and its bearing on the origin of birds." Canadian Journal of Earth Sciences, 22(1), 643-658.
5d-dinosaur-camp-day2-20120802-15.jpg
Taxons Latenivenatrix

Fossil specimen RTMP 82.19.23 - A lacrimal, postorbitals, squamosals, frontals, parietals, and braincase referred to Latenivenatrix mcmasterae, but formerly assigned to Stenonychosaurus inequalis (=Troodon inequalis). Described by Currie, 1985. "Cranial anatomy of Stenonychosaurus inequalis (Saurischia, Theropoda) and its bearing on the origin of birds." Canadian Journal of Earth Sciences, 22(1), 643-658. 5d-dinosaur-camp-day2-20120802-15.jpg

Canada fossile spécimen Dinosauria +7
fossil of hauffiosaurus
Taxons Hauffiosaurus

fossil of hauffiosaurus

fossile Hauffiosaurus
The probable azhdarchid trace fossil Haenamichnus uhangriensis. A, the 7.3 m trackway CNUPH.P9; B, H. uhangriensis holotype (CNUPH.P2), manus (top) and pes (bottom) prints. Scale bars represent 1 m (A) and 100 mm (B).
Taxons Haenamichnus

The probable azhdarchid trace fossil Haenamichnus uhangriensis. A, the 7.3 m trackway CNUPH.P9; B, H. uhangriensis holotype (CNUPH.P2), manus (top) and pes (bottom) prints. Scale bars represent 1 m (A) and 100 mm (B).

écaille fossile holotype Azhdarchidae +1
Pelvis (fused ilia and pubes) of UALVP 48778, holotype of Hesperonychus elizabethae, from the late Campanian Dinosaur Park Formation of Alberta, Canada. Fossil collected by Dr. Elizabeth Nicholls. Prepared by Clive Coy. Digital photography by Nick Longrich. Additional digital editing by Nick Longrich.
Taxons Hesperonychus

Pelvis (fused ilia and pubes) of UALVP 48778, holotype of Hesperonychus elizabethae, from the late Campanian Dinosaur Park Formation of Alberta, Canada. Fossil collected by Dr. Elizabeth Nicholls. Prepared by Clive Coy. Digital photography by Nick Longrich. Additional digital editing by Nick Longrich.

bassin Canada Dinosaur Park Campanien +6
Sinosauropteryx fossil, from our trip to Hohhot, Inner Mongolia, China for National Day Holiday 2007.

This is the Inner Mongolia Museum, the biggest museum in the region.
Taxons Sinosauropteryx

Sinosauropteryx fossil, from our trip to Hohhot, Inner Mongolia, China for National Day Holiday 2007. This is the Inner Mongolia Museum, the biggest museum in the region.

musée Chine Mongolie fossile +1
fossil of liliensternus
Taxons Liliensternus

fossil of liliensternus

fossile Liliensternus
Fossil of Utatsusaurus- Took the picture at Museo di Storia Naturale, Milano
Taxons Utatsusaurus

Fossil of Utatsusaurus- Took the picture at Museo di Storia Naturale, Milano

fossile Utatsusaurus
Tanius sinensis restoration based on fossil images and related animals.
Taxons Tanius

Tanius sinensis restoration based on fossil images and related animals.

fossile Tanius
fossil of Prenocephale prenes, an extinct ornithischian
Taxons Prenocephale

fossil of Prenocephale prenes, an extinct ornithischian

fossile Ornithischia Prenocephale
Fossil specimen BSP 1935.I.24 (Ctenochasma elegans), an extinct pterosaur
Taxons Ctenochasma

Fossil specimen BSP 1935.I.24 (Ctenochasma elegans), an extinct pterosaur

fossile spécimen Ctenochasma Pterodactylus +1
Fossil skeleton of Qianichthyosaurus zhoui on display at the Geological Museum of China.
Taxons Qianichthyosaurus

Fossil skeleton of Qianichthyosaurus zhoui on display at the Geological Museum of China.

musée Chine fossile Qianichthyosaurus +1
Photograph of a fossil cast of a Keichousaurus hui skeleton taken at the North American Museum of Ancient Life.
Taxons Keichousaurus

Photograph of a fossil cast of a Keichousaurus hui skeleton taken at the North American Museum of Ancient Life.

musée moulage fossile Keichousaurus +1
Fossil of Leptoceratops at the Canadian Museum of Nature, Ottawa
Taxons Leptoceratops

Fossil of Leptoceratops at the Canadian Museum of Nature, Ottawa

musée fossile Leptoceratops
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

Actualités

Museum Fossil Reveals Triassic Crocodile Cousin with Powerful Jaws
Un fossile de musée révèle un cousin crocodile du Trias doté de mâchoires puissantes
mâchoire musée Trias supérieur Trias fossile spécimen tomographie nouvelle espèce
Les tomodensitogrammes d'un spécimen vieux de plusieurs décennies du Musée d'histoire naturelle de Yale Peabody montrent une nouvelle espèce de crocodylomorphe au museau court et aux mâchoires inhabituellement fortes, offrant un instantané rare de la spécialisation écologique à l'époque du Trias supérieur. Le post Museum Fossil révèle un cousin crocodile du Trias doté de mâchoires puissantes est apparu en premier sur Sci.News: Breaking Science News.
20/04/2026 sci-news ⚙ Traduction automatique
Les scientifiques pensaient qu'il s'agissait d'un jeune T. rex. Ils avaient tort
os croissance prédateur fossile juvénile Dinosauria Nanotyrannus
Un mystère de longue date sur les dinosaures pourrait enfin être résolu : Nanotyrannus, autrefois considéré comme un simple T. rex adolescent, semble avoir été une espèce distincte après tout. Les scientifiques ont analysé un minuscule os de la gorge du fossile original et ont découvert des schémas de croissance montrant que l'animal était déjà mature et non un géant juvénile en devenir. Ce petit prédateur, environ la moitié de la taille d'un T. rex adulte, errait probablement aux côtés de son célèbre cousin, ajoutant une nouvelle couche de complexité à l'écosystème préhistorique.
16/04/2026 sciencedaily ⚙ Traduction automatique
Épisode 174 : Une histoire des dinosaures en 50 fossiles
musée fossile spécimen Dinosauria
Le professeur Paul Barrett du Natural History Museum de Londres a récemment écrit A History of Dinosaurs in 50 Fossils. Nous en avons profité pour avoir un aperçu de ce que nous savons réellement sur les dinosaures et comment il est même possible de raconter leur histoire avec seulement 50 spécimens. Dans cet épisode, Paul discute de l'histoire [&hellip
15/04/2026 palaeocast ⚙ Traduction automatique
Un fossile écrasé révèle un dinosaure qui n’aurait pas dû exister
Trias fossile Dinosauria découverte extinction nouvelle espèce crâne
Un crâne de dinosaure gravement mutilé, oublié dans un tiroir, s'est avéré être une découverte rare et importante. Reconstruit par un étudiant de Virginia Tech, il a révélé une nouvelle espèce de dinosaure carnivore primitif présentant des caractéristiques inhabituelles jamais vues auparavant. Le fossile suggère que certains groupes de dinosaures ont été anéantis lors de l’extinction de la fin du Trias, et pas seulement leurs rivaux. Il s’agit peut-être de l’un des derniers survivants d’une ancienne lignée de dinosaures.
15/04/2026 sciencedaily ⚙ Traduction automatique
Les scientifiques viennent de résoudre un mystère fossile vieux de 160 millions d’années : « Je n’ai jamais rien vu de pareil »
fossile découverte évolution
Une découverte de fossile rare met en lumière les « années manquantes » de l’évolution des premières éponges. Les scientifiques ont découvert une éponge vieille de 550 millions d’années qui manquait probablement de parties squelettiques dures, expliquant pourquoi les fossiles antérieurs sont si rares. Cela conforte l’idée selon laquelle les premières éponges avaient un corps mou et étaient rarement préservées. Cette découverte change la façon dont les chercheurs recherchent les origines de la vie animale.
15/04/2026 sciencedaily ⚙ Traduction automatique
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37